Powerful disinfection and oxidation with Kloroxide - Pristine Water’s Chlorine Dioxide Generator
Chlorine Dioxide Generator produces chlorine dioxide (ClO2), which is an effective broad spectrum disinfectant.
Chlorine dioxide functions as a highly selective oxidant due to its unique, one-electron transfer mechanism where it is reduced to chlorite (ClO2)-
The most important physical properties of chlorine dioxide is its high solubility in water, particularly in chilled water.
In contrast to the hydrolysis of chlorine gas in water, chlorine dioxide in water does not hydrolyze to any appreciable extent but remains in solution as a dissolved gas.
In short, chlorine dioxide is an effective, selective disinfectant that provides persistent residual protection without producing harmful byproducts.
Discover Pristine Water's Kloroxide (ClO2) GeneratorPristine Water (Kloroxide) Chlorine Dioxide generators produce a continuous supply of an aqueous Chlorine Dioxide solution, for Potable Water Treatment, Cooling Water, Water, and Waste Water Treatment processes, Paper and Pulp Industries, etc.
These generators combine sodium chlorite (NaClO2) with specific precursors for cost-effective and quality ClO2 generation as per your requirements.
Pristine Water offers the following 4 types of ClO2 Generators with different precursors
Two Precursor system with Acid and Chlorite
5NaClO2 + 4HCl
4ClO2(g) + 5NaCl + 2H2O
Two Precursor system with Chlorine Gas and Chlorite
2NaClO2 + Cl2(g)
2ClO2(g) + 2NaCl
Three Precursor system with Sodium Hypochlorite, Acid and Chlorite - Hypochlorous acid (HOCl)
2NaClO2 + HOCl
2ClO2(g) + NaCl + NaOH
Single Precursor system with only Chlorite and an Electrolytic Reactor
Pristine Water offers two main types of reactors in all their models
Further, there are two types of Pressure Feed Systems:
Here the generation is done in a towering column where the two precursors are injected in a measured quantity into a reaction column along with water.
The precursors react with each other to produced ClO2.
A Rotameter is provided at the outlet of the reactor to measure the flow rate.
Here the generation is done underwater at the point of application.
The precursors are injected into a specially designed mixing chamber using precise dosing pumps.
The mixing Chamber is made out of non-corrosive material. The water is pumped into the mixing chamber either through a submersible pump or external pump.
This type is most commonly used for application were the outlet pressure of the Chlorine Dioxide is higher.
The precursors are mixed in a specially designed ejector under vacuum. The entire system works under vacuum hence the chances of leakage to the atmosphere is minimal.
